Glossary entry (derived from question below)
Polish term or phrase:
kolizja branżowa
English translation:
conflicts between disciplines
Added to glossary by
Michał Szewczyk
Sep 12, 2020 13:22
3 yrs ago
21 viewers *
Polish term
QUALITY AND VALUE
Native in: Polish 
Works in: English to Polish, Polish, Polish to English, and 1 more.
kolizja branżowa
Polish to English
Tech/Engineering
Construction / Civil Engineering
"Narzędzie BIM pozwala na zachowanie współpracy międzybranżowej tworzonego projektu, wypracowanie spójnych, kompleksowych rozwiązań projektowych oraz zminimalizowanie nieścisłości wynikającymi z wielu niezdefiniowanych w płaskim modelu projektowym kolizji branżowych. "
Proposed translations
(English)
| 4 +1 | conflicts between disciplines |
drugastrona
|
| 4 | trade collision |
Beata Claridge
|
| 3 | interference of trades |
Katarzyna Kucharska
|
Proposed translations
+1
5 mins
Selected
conflicts between disciplines
chodzi o kolizje np. instalacji elektrycznych z wodno-kanalizacyjnymi czy wentylacyjnymi, gazowymi
kolizja to conflict, a branża w tym kontekście to discipline (spotyka się też "trade")
kolizja to conflict, a branża w tym kontekście to discipline (spotyka się też "trade")
4 KudoZ points awarded for this answer.
6 hrs
Katarzyna Kucharska
Poland
Poland
Native in Polish
Specializes in field
Poland
Professional business translator
Native in: Polish
Works in: Polish to English, English to Polish
interference of trades
Ja się z takim czymś spotkałam na moich ustnych na budowach.
Example sentence:
Lost labor productivity claims require a detailed issue analysis in order to assess responsibility for the cause-and-effect relationships. This can be difficult, as more than one party may be responsible and the potential causes are many, including out-of
To achieve increased productivity, LBMS plans for continuous work for resources; the completion of work at a location before leaving that area; and the elimination of interference of trades in the samephysical location.
13 hrs
Beata Claridge
Native in Polish
Polish-English Certified Translator
Native in: Polish (Variants: Standard-Poland, Old Polish, Silesian (śląski))
Works in: Polish to English, English to Polish
Related KudoZ points
:
47
trade collision
Trade collisions happen all the time, and this is why you need clash detection in place. In a 2D workflow, you can’t possibly see how components look in the real world as you are only visually confined to a horizontal and vertical axis. This all changes with the three-dimensional (3D) modelling approach of BIM.
Reference comments
40 mins
Reference:
workflow clashes / general timeline conflicts
A key benefit of using BIM is the ability to identify any type of clashes early on in projects so that they can be rectified (or resolved) more easily, more quickly, and more cheaply than if work was already in progress.
But even with the availability of sophisticated software that automates the process of clash detection, it’s essential to know what clashes are, why they happen, and how they can be avoided.
What is a clash? There are a myriad of components and building elements that are used to design a building and if any of these are not spatially coordinated they will conflict with one another. Additionally, there can be workflow clashes that result from a conflict in construction sequencing.
Different types of clashes. For convenience, these are defined as:
♦ Hard clashes that involve building components that have been positioned in the same space in two different designs. For example, the structural engineer may have positioned a steel beam in the same position used for pipework by the MEP engineer, or a duct system may intersect electrical conduits. Clash resolution will involve moving one or the other component.
♦ Soft clashes that involve the breach of buffer zones. For instance, an air conditioning unit may need a specified clearance for access, safety, or maintenance, and if a building component of any kind is positioned within the buffer zone it will constitute a soft clash. Clash resolution will involve ensuring the buffer zone complies with the specifications.
♦ Workflow clashes generally involve general timeline conflicts including the scheduling of contractors and delivery of materials and equipment.
- https://www.ny-engineers.com/vdc-services/bim/clash-resoluti...
But even with the availability of sophisticated software that automates the process of clash detection, it’s essential to know what clashes are, why they happen, and how they can be avoided.
What is a clash? There are a myriad of components and building elements that are used to design a building and if any of these are not spatially coordinated they will conflict with one another. Additionally, there can be workflow clashes that result from a conflict in construction sequencing.
Different types of clashes. For convenience, these are defined as:
♦ Hard clashes that involve building components that have been positioned in the same space in two different designs. For example, the structural engineer may have positioned a steel beam in the same position used for pipework by the MEP engineer, or a duct system may intersect electrical conduits. Clash resolution will involve moving one or the other component.
♦ Soft clashes that involve the breach of buffer zones. For instance, an air conditioning unit may need a specified clearance for access, safety, or maintenance, and if a building component of any kind is positioned within the buffer zone it will constitute a soft clash. Clash resolution will involve ensuring the buffer zone complies with the specifications.
♦ Workflow clashes generally involve general timeline conflicts including the scheduling of contractors and delivery of materials and equipment.
- https://www.ny-engineers.com/vdc-services/bim/clash-resoluti...
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